Abu Dhabi Launches AI-Powered Aerial Seeding of 10 Million Native Seeds

ABU DHABI — The Environment Agency – Abu Dhabi (EAD) is set to disperse 10 million native seeds by air in one of the region's largest environmental restoration initiatives, a landmark project aimed at rehabilitating natural habitats, restoring native vegetation, enhancing biodiversity, and strengthening the resilience of terrestrial ecosystems against climate change and desertification.

The significance of the initiative extends beyond the sheer scale of the seed dispersal. Equally important are the carefully selected native plant species, the advanced technologies used to identify the most suitable seeding locations, and the long-term monitoring systems designed to evaluate germination success — elements that together position the programme as a leading example of how modern technology can help restore fragile desert ecosystems.

Native species, chosen by science

According to Hassan Ali Al Ahbabi, Plant Genetic Resources Centre Specialist at EAD, the programme relies exclusively on native plant species naturally adapted to the UAE's harsh desert conditions, including Ghaf, Samar, Arta, Shoua, Raghal, and Thamam. Each species is selected according to soil characteristics, salinity levels, and existing ground cover to maximise germination and vegetation recovery. Target areas include Al Shuwayb, Sweihan, Nahil, Al Hayer, and Al Rawdah, alongside expanded restoration efforts within Al Ghada Nature Reserve and the Houbara Protected Area in Al Dhafra.

Native plants, Al Ahbabi noted, are drought tolerant, require significantly less water, are fully adapted to local soils, support native wildlife, and can survive for decades under natural conditions without competing with indigenous flora the way invasive species do.

Artificial intelligence at the heart of the project

The Agency uses AI, satellite imagery, remote sensing, and geospatial data at every stage — from identifying suitable sites to evaluating post-seeding performance. Among the tools employed are the Normalized Difference Vegetation Index (NDVI) and the Soil-Adjusted Vegetation Index (SAVI), which assess vegetation health and density while generating highly accurate environmental maps to optimise seed dispersal.

The process is carefully staged: native seeds are collected from verified sources, cleaned, and tested for viability under laboratory conditions. Some are encapsulated in protective pellets made from natural materials that retain moisture, shield seeds from birds, improve germination, and supply early nutrients, before being loaded into aircraft or drones and dispersed precisely using digital mapping systems. Site selection weighs satellite imagery, AI germination predictions, GIS mapping, rainfall analysis, soil salinity and texture, terrain slope, and grazing pressure, with priority given to protected areas that can be effectively monitored.

The Agency will continue monitoring restored sites for up to two years after seeding, combining remote sensing data with extensive field surveys to evaluate germination rates, vegetation growth, and habitat recovery, and repeating seeding in areas where establishment rates fall short.

Why aerial seeding

Desert ecosystems face scarce rainfall, extreme heat, sand encroachment, overgrazing, and declining native vegetation. Manually planting across thousands of square kilometres is labour-intensive and expensive, whereas aerial seeding using aircraft and drones offers a faster, more efficient, and cost-effective alternative that minimises human disturbance to natural habitats.

Al Ahbabi said the initiative will help stabilise soils, reduce desertification and sandstorms, improve air quality, provide food and shelter for native wildlife, increase carbon sequestration, and strengthen ecosystem resilience to climate change — further supporting Abu Dhabi's sustainability and biodiversity conservation goals.

The programme aligns with the UAE's commitment to nature-based solutions and its growing use of drones, remote sensing, and artificial intelligence in natural resource management. If it achieves its objectives, officials say, it will strengthen Abu Dhabi's ability to restore ecological balance, enhance wildlife habitats, and establish a regional benchmark for using innovation to revive fragile ecosystems and support sustainable development.